The discussion revolves around the performance of a DC booster circuit powered by a 12V battery, specifically addressing the issue of voltage drop in the battery and the booster circuit. Participants explore potential factors affecting battery longevity and voltage stability under load.
Participants do not reach a consensus, as there are multiple inquiries and requests for information without definitive answers or solutions provided. The discussion remains unresolved regarding the specifics of the battery's performance and the booster circuit's load.
Limitations include a lack of information about the battery's energy rating, current measurements, and the load characteristics of the booster circuit, which are necessary for a thorough analysis.
The output voltage of the booster circuit is about 40V, and I don't know what the energy rating of the battery is (I use a GP 23A 12V battery).berkeman said:What is the energy rating of your battery (in Amp-hours)? What current do you measure out of the battery when it is driving the boost circuit? What is the load of the boost circuit (output voltage and current)?
Link to the datasheet please.leVanw said:GP 23A 12V battery
Link to the datasheet please. What is the load? What is the output current?leVanw said:The output voltage of the booster circuit is about 40V